I wish more things were clothes dryer friendly. They work great getting your sweat pants all nice and toasty on a winter’s day but not so good on electronic devices. My wife dropped my cell phone into the cat’s water dish and it never really worked the same after that.

Well, I think everyone’s missed the really profound point here; there’s only One who can move the immovable.. I think our friend Biff here is more than he appears! Hmm.. interesting statement, if you look at him that way, heehee.

Everyone seems to think that the immovable object and the unstoppale force just cancel each other out. But think about it…If they met, the unstoppable force would just reflect. The real question is
“What happens when you put a dehumidifier next to a humidifier?”

So, if the immovable properties stop working when it gets wet, what if only half of the immovable object gets wet? Could you turn it in circles? Maybe the dry part would stay full power(the dry part is still in fact immovable) and the whole object would stay in the same spot, unless you broke off the now-movable part. OR, maybe one drop of water makes the entire object movable!
I feel like slipping an Immovable Object™ into a friend’s car now.

My mom found a flat, dry mouse in the drier once. It had gone through not once, but twice for reasons I cannot remember. Her scream was priceless though. XD Normally mother is not an easy woman to phase. Ah, she also freaked out when she ran over one of our chickens and it exploded.

April 22nd, 2007 at 1:00 pm
But objects stop when they reflected justbarely long enough for the force exerted upon the object they are reflecting off of to bounce back (If I understand it correctly). )

But that does not hold true for everything. Light never stops, even when hitting a mirror (well, it stops if you freeze it, but that isn’t what we’re talking about). An unstoppable force would probably act the same way.
Here’s another question for you: Can an unstoppable force be slowed down or sped up?

But, an Immovable object is affected only by gravity. That is how it gains it’s immovable properties. It has such a huge mass, yet such a low volume, that it’s personal gravity is so intense, it adheres permanently to any surface it comes into contact with. It’s a well known fact that if you leave an immovable object dry for a long enough period of time, it tends to sort of squish into the thing it has adhered to, eventually reaching the point where it breaks physics and destroys the universe.

MATRIX. See, they simply recoded the Matrix so the dryer is around the Immovable Object. 8D Biff had no need to do any heavy lifting. All very simple, really.
“What if they didn’t know what chicken tasted like, so that’s why chicken tastes like…you know, everything!” Matrix = Epic Win.

That still doesn’t answer why the dryer is halfway across the room. This is why. Absolute immovable objects are very expensive. Relative immovable objects (they are immovable relative to the greatest effective gravitational force) are cheaper. Biff had to pay his gravity bill that day, so he skimped on the immovable object. Interestingly, absolute immovable objects stay immovable when wer, while relative immovables do not.